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<h2>Professors</h2>
<h4>Glenn H. Chapman</h4>
<p><b>Area:</b> The building of Large Area Restructurable Silicon Systems (LARSS), studying techniques for building large area systems and the design of new classes wafer scale type devices, development of new transducers, creating new microfabrication/micromachining techniques with lasers and the application of embedded microprocessor systems. <br>
<b>Email:</b> glennc@cs.sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~glennc<br>
<b>Office:</b> TBA<br>
<b>Phone:</b> +1.778.782.3814<br>
<b>Fax:</b> +1.778.782.4951 </p>

<hr>

<h4>Farid Golnaraghi</h4>
<p><b>Area:</b> Software Engineering Languages, Electronic Publication<br>
<b>Email:</b> mfgolnar@sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/people/faculty/farid-golnaraghi/personal/<br>
<b>Office:</b> ASB10833 (Burnaby), 4388 (Surrey)<br>
<b>Phone:</b> +1.778.782.7650 (Burnaby), +1.778.782.8054 (Surrey)<br>
<b>Fax:</b> +1.778.782.4951 (Burnaby), +1.778.782.7514 (Surrey)</p> 

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<h4>Kamal K. Gupta</h4>
<p><b>Area:</b> The geometric aspects of robotics, in particular motion planning, manipulation and geometric reasoning, and 3-D vision for robotic tasks. His most recent contribution is to establish a formal deterministic framework for developing practical motion planners for many degree of freedom manipulator arms. This framework is now being applied to develop practical motion planners for many degree of freedom manipulators in industry and at other research institutions. He is helping International Submarine Engineering Ltd. (ISE) to incorporate practical motion planners in control software for their manipulators. <br>
<b>Email:</b> kamal@sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~kamal<br>
<b>Office:</b> TBA<br>
<b>Phone:</b> +1.778.782.3118<br>
<b>Fax:</b> +1.778.782.4951</p>

<hr>

<h4>Paul Ho</h4>
<p><b>Area:</b> Wireless communications theory, modulation and detection techniques, space-time coding, non-coherent sequence detection, channel estimation, signal processing for wireless communications. <br>
<b>Email:</b> paul@cs.sfu.ca <br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~paul<br>
<b>Office:</b> TBA<br>
<b>Phone:</b> +1.778.782.4371<br>
<b>Fax:</b> +1.778.782.4951</p>

<hr>

<h4>Rick Hobson</h4>
<p><b>Area:</b> Current interests and expertise cover several facets of the VLSI systems area including VLSI circuits (embedded processors, memories, arithmetic units, etc.), module generators, cell libraries, and CAD support. Interests in the computer design area include microprocessor design and parallel computer design. <br>
<b>Email:</b> rick@sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~rick<br>
<b>Office:</b> ASB10827<br>
<b>Phone:</b> +1.778.782.4454<br>
<b>Fax:</b> +1.7778.782.4951</p>

<hr>

<h4>Bozena Kaminska</h4>
<p><b>Area:</b> Wireless sensors and networks, biosensors and medical devices, wearable electronics; physiological, behavioral, and environmental monitoring; design and test of micro-devices, micro-systems and micro-networks, fault-tolerence. <br>
<b>Email:</b> kaminska@sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~kaminska<br>
<b>Office:</b> TBA<br>
<b>Phone:</b> +1.778.782.6855<br>
<b>Fax:</b> +1.778.782.4951</p>

<hr>

<h4>Albert M. Leung</h4>
<p><b>Area:</b> Low-cost MEMS gyroscope based on thermal principles, three-dimensional MEMS (Microelectromechanical Systems) structures, nanogap Pirani pressure sensor, micromachined accelerometer based on free convection heat transfer and laser direct write lithography.<br>
<b>Email:</b> aleung@sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/people/faculty/albert-leung<br>
<b>Office:</b> TBA<br>
<b>Phone:</b> +1.778.782.4296<br>
<b>Fax:</b> +1.778.782.4951</p>

<hr>

<h4>Ash M. Parameswaran</h4>
<p><b>Area:</b> Silicon micromachining, integrated microelectronic and micromechanical sensors and actuators, microphotonics, biomedical microdevices, pathogen detection, process and device simulation. <br>
<b>Email:</b> param@cs.sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~param/<br>
<b>Office:</b> TBA<br>
<b>Phone:</b> +1.778.782.4971<br>
<b>Fax:</b> +1.778.782.4951</p>

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<h4>Shahram Payandeh</h4>
<p><b>Area:</b> Mechanics, modelling and control of robotic (physical/virtual) mechanisms<br>
<b>Email:</b> shahram@cs.sfu.ca<br>
<b>Home Page:</b> http://www2.ensc.sfu.ca/research/erl/index.html<br>
<b>Office:</b> TBA<br>
<b>Phone:</b> +1.778.782.4290<br>
<b>Fax:</b> +1.778.782.4951</p>

<hr>

<h4>Ahmad Rad</h4>
<p><b>Area:</b> Intelligent and Autonomous Control, Soft computing, Applications of system modelling to Process Control, Identification of time delay systems.<br>
<b>Email:</b> arad@sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~arad/<br>
<b>Office:</b> 4386 Galleria (Surrey)<br>
<b>Phone:</b> +1.778.782.8512<br>

<hr>

<h4>Nimal Rajapakse</h4>
<p><b>Area:</b> Adaptive (smart) Materials and Structures, Nanomechanics and multi-scale modelling, Fracture Mechanics and Geomechanics.<br>
<b>Email:</b> rajapakse@sfu.ca<br>
<b>Home Page:</b> http://www.mech.ubc.ca/facultystaff/rajapakse.html<br>
<b>Office:</b> TBA<br>
<b>Phone:</b> TBA<br>

<hr>

<h4>Andrew Rawicz </h4>
<p><b>Area:</b> Reliability Physics and Engineering; Optical Device Engineering; Medical Diagnostic Devices, Cancer Treatment Methods and Techniques; and Biomedical Engineering.<br>
<b>Email:</b> rawicz@sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~rawicz/<br>
<b>Office:</b> ASB8849<br>
<b>Phone:</b> +1.778.782.3819<br>
<b>Fax:</b> +1.778.782.4951</p>

<hr>

<h4>Mehrdad Saif</h4>
<p><b>Area:</b> Systems and control theory. Particularly interested in model based fault detection and diagnostics, linear and nonlinear controller/observer design, large scale systems and decentralized control, optimal and intelligent control. Application domains include, automotive, power , space, and mechatronic systems. <br>
<b>Email:</b> saif@ensc.sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~saif<br>
<b>Office:</b> ASB 9859 and ASB 8815<br>
<b>Phone:</b> +1.778.782.3119<br>
<b>Fax:</b> +1.778.782.4951</p>

<hr>

<h4>Shawn Stapleton</h4>
<p><b>Area:</b> Power Amplifier Linearization using digital signal processing. Delta-Sigma modulators for high speed digital signal processing. Radio frequency Integrated Circuits. Mobile communications, nonlinear radio frequency/ microwave devices, GaAs monolithic microwave integrated circuits,linearization of power amplifiers, FPGA systems and digital signal processing. <br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~shawn<br>
<b>Email:</b> shawn@sfu.ca<br>
<b>Office:</b> TBA<br>
<b>Phone:</b> +1.778.782.4846<br>
<b>Fax:</b> +1.778.782.4951</p>

<hr>

<h4>Marek Syrzycki</h4>
<p><b>Area:</b> Analog integrated circuits in CMOS technology, design for manufacturability of analog and digital CMOS ICs, integrated sensors and transducer arrays, current-mode circuits, silicon micromachining technology, modeling of semiconductor devices and fabrication processes, design of CAD software tools for VLSI ICs and intelligent vision sensors and photodetectors in CMOS technology.
<br>
<b>Email:</b> marek@cs.sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~marek<br>
<b>Office:</b> TBA<br>
<b>Phone:</b> +1.778.782.4371<br>
<b>Fax:</b> +1.778.782.4951</p>

<hr>

<h4>Ljiljana Trajkovic </h4>
<p><b>Area:</b> Communication networks: performance analysis of packet networks; simulation of protocols and scheduling algorithms; traffic collection, characterization, and modeling; intelligent control of communication systems. Nonlinear circuits and systems: software tools for circuit simulation; homotopy methods for finding dc, steady-state, and transient solutions of transistor circuits; theory of nonlinear circuits. <br>
<b>Email:</b> ljilja@sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~ljilja/<br>
<b>Office:</b> ASB9811<br>
<b>Phone:</b> +1.778.782.3998<br>
<b>Fax:</b> +1.778.782.4951</p>

<hr>

<h4>Rodney Vaughan</h4>
<p><b>Area:</b> Mobile communications, signal processing, antenna theory and design, fields and waves, and Multiple-Input Multiple-Output (MIMO).<br>
<b>Email:</b> rvaughan@sfu.ca<br>
<b>Home Page:</b> http://www.ensc.sfu.ca/~rvaughan<br>
<b>Office:</b> ASB9827<br>
<b>Phone:</b> +1.778.782.6889<br>
<b>Fax:</b> +1.778.782.4951</p>
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